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danielle ferreras

danielle f.

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2. Are the following physical(P) or chemical changes(C): Crushing a can A car rusting Sugar dissolving in water Water freezing Silver tarnishing

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(1 point) Evaluate the indefinite integral. $$\int x^5 \sqrt{15 + x^6} dx = $$ +C.

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What is the difference between a counting bound and a flag bound? Group of answer choices A counting bound terminates a loop when a certain count is reached. A flag bound terminates a loop when a certain boolean variable is set to true. A counting bound terminates a loop when a certain boolean variable is set to true. A flag bound terminates a loop when a certain count is reached.

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5. A mixture of unknown gases, A and B have partial pressure of PA = 0.35 atm and PB = 0.45 atm. If the gas mixture is at 256 K in a 1.1 L container how many moles of gas are present?

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A price-taking producer is a producer who: is able to set a price above the market equilibrium price, but not below it. is able to set a price below the market equilibrium price, but not above it. is able to set the price at whatever level he or she likes. cannot affect the market price of the good or service that they sell.

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27%)period aTo= bTo=2 cT=3 dT= (3)(10%) Fourier series form III: avt=n=-expjnnt bvt=3+=-exp(jrnt cvt=3+n=-expj2rnt/3 dvt=3+n=-exp(j4rnt 45%power spectral density function: -g-m= bGf=9+=-f- cGf=12f+n=-f- dG=3f+-(f-2n (5(5%)autocorrelation function: aRr=12+-expjrnr bR=expjrnr cRr=98x+n=-expmnr dR=3+n=-expj4rnr 1-5

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7. The transfer function of a cosine filter with zero delay is $H(f) = A + a \cos\frac{n\pi f}{f_m}$ (a) Find the impulse response h(t) (b) Find the filter output due to an input. 8. For the circuit shown below: (a) Find H(f), (b) Plot $|H(f)|$ as a function of frequency. (c) What function is this circuit performing?

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15. Let $u = i - 3j + 2k$, $v = i + j$, and $w = 2i + 2j - 4k$. Find (a) $||u + v||$ (b) $||u|| + ||v||$ (c) $||-2u|| + 2||v||$ (d) $||3u - 5v + w||$ (e) $ rac{1}{||w||}w$ (f) $|| rac{1}{||w||}w||$

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Department of Electrical and Computer Engineering, Kansas State University ECE 511, Fall 2018 Problem 2: Given the following circuit and $V_{in}(t) = V_{in}cos(\omega t)$ volts, find the transfer function $H(\omega) = \frac{V_{out}}{V_{in}}$ (10 pts) $V_{in}(t)$ (+) 10 k$\Omega$ 1 $\mu$F --- + $V_{out}(t)$ 10 mH

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Q2) Determine if the following DT signals are periodic. If yes, calculate the fundamental period N0 for the DT signals: πk + π + sin(k) a) b) X4[k] = cos

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